NGWA Conference on Great Plains Aquifers: Beyond the Ogallala

Field Monitoring of Contamination from Produced Water/Hydraulic Fracturing with Simultaneous pH and Conductivity Sensors

Friday, October 26, 2012: 10:40 a.m.
Jill Brzezicki, Forston Labs
Michael Glavanovich, Stewart Environmental Consultants

The method and equipment was originally developed for produced water analysis.  Stewart Environmental Consultants designed and operates a produced water treatment facility in Utah.  This facility receives produced water from nearby oil and gas wells.  Produced water is water that is accompanied by oil and gas following a hydraulic fracture.  In order to discriminate between produced water and water used for hydraulic fracturing (frac water), plant operators monitor pH and conductivity.  This tool kit offers an innovative monitoring system with the ability to simultaneously monitor up to four parameters.  The project described above uses pH, turbidity, and conductivity sensors simultaneously collecting real time data. The same method can be used to monitor ground or surface waters for changes in key indicators and serves as an early alarm for contamination from oil and gas operations.

Jill Brzezicki , Forston Labs
Jill Brzezicki uses development of analytical methods to analyze various inorganic compounds using Fortson Labs equipment. Brzezicki also uses development of Fracking Monitoring Kit to monitor possible contamination from hydraulic fracturing operations. She is responsible for writing standard operating procedures for Forston Labs methods. • Responsible for customer support and instrument troubleshooting.


Michael Glavanovich , Stewart Environmental Consultants
Michael Glasanovish is the laboratory manager and analytical chemist at Stewart Environmental.